Close coupling of a MIMD system to a MAXbus pipeline -- the Kiwivision MTM multi-transputer architecture
Roger S. Clist, Robert J. Valkenburg
Abstract
Roger S. Clist, Robert J. Valkenburg
Abstract
This paper describes the Kiwivision Multi-Transputer Module which has been developed at Industrial Research Limited. It is a MIMD architecture which is tightly coupled to external hardware compatible with the MAXbus^TM pipeline standard. The features of Kiwivision are described with particular emphasis given to its inter-processor connectivity and data handling abilities. An implementation of the 2D Fast Fourier Transform is used to illustrate the data movement strengths of the design. Keywords: MIMD, MISD, multi-processor, transputer, pipeline processing 1. INTRODUCTION High-speed machine vision systems frequently need to be capable of performing a wide variety of algorithms, from low-level pixel based operations such as convolution to higher-level functions such as object recognition. To achieve such a diverse range of functions places conflicting requirements on the system architecture. Two architectures frequently used are MISD (Multiple-Instruction--Single-Data) or MIMD (Multip...
OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
This paper describes the Kiwivision Multi-Transputer Module which has been developed at Industrial Research Limited. It is a MIMD architecture which is tightly coupled to external hardware compatible with the MAXbus^TM pipeline standard. The features of Kiwivision are described with particular emphasis given to its inter-processor connectivity and data handling abilities. An implementation of the 2D Fast Fourier Transform is used to illustrate the data movement strengths of the design. Keywords: MIMD, MISD, multi-processor, transputer, pipeline processing 1. INTRODUCTION High-speed machine vision systems frequently need to be capable of performing a wide variety of algorithms, from low-level pixel based operations such as convolution to higher-level functions such as object recognition. To achieve such a diverse range of functions places conflicting requirements on the system architecture. Two architectures frequently used are MISD (Multiple-Instruction--Single-Data) or MIMD (Multip...
Key concepts: MIMD, Transputer, Pipeline (software), Computer science, Parallel computing, Computer architecture, Coupling (piping), Architecture